Submit an Article
Become a reviewer
Vol 186
Pages:
207-209
Download volume:
RUS
Article

Allocation of tellurium from difficult on structure of sulfuric acid solutions

Authors:
S. B. Fokina
About authors
  • Student Saint Petersburg State Mining Institute (Technical University)
Date submitted:
2009-08-06
Date accepted:
2009-10-10
Date published:
2010-04-22

Abstract

As the main source of reception of tellurium serve electrolytic copper refinery slimes. In the conditions of manufacture expansion and transition on technology decopperizing slimes by pressure leaching O2-H2SO4 media, the solution (decopperized product) becomes the basic concentrator of tellurium. Extraction of tellurium from a decopperized (pressure-leached) liquid products is considered. The method allows to raise percent of extraction of tellurium from initial raw materials and to enrich pressure-leached solid product with precious metals.

Область исследования:
Metallurgy
Keywords:
tellurium selenium cementation leaching neutralization sodium hydroxide sulfuric acid
Funding:

None

Go to volume 186

References

  1. Greiver T.N. Selenium and tellurium. Moscow: Metallurgy. 1977. 296 р.
  2. Ryzhov A.G., Ter-Oganesyans A.K., Kottuhova G.P. Investigation of leaching tellurium from cementat in alkaline solutions // Non-ferrous metals. 1992. № 10. P.19-20.

Similar articles

Biogene ways of decrease in dust loading on open-cast mines of building materials
2010 S. V. Kovshov, A. A. Bulbashev
Experimental determination of vibration jaw crusher perfomance and characteristic of the crusher two-motor drive in no-load and nominal mode of operation
2010 S. Yu. Tyagushev, O. B. Shonin
Reseach of cutoff grade influence on economic performances of mining
2010 M. D. Morozov
The ontogenetic analysis of the vein quartz of some deposits of Southern Urals mountains
2010 E. L. Kotova
The estimation features of vulnerability and desintegration оf subway construction materials in Saint Petersburg
2010 P. V. Kotyukov
The phenomenon of spontaneous termination of the discharge current and the establishment of fully-managed key elements of the plasma
2010 A. S. Mustafaev, S. A. Vysotskii, M. A. Cherkasova, M. A. Mamelkina